Cash-register.



L. GRUBER.

CASH REGISTER.

APPLIOATION rum) OCT. 30, 1911 1 1 08,901 Patented Sept. 1, 1914.

4 HHEETSSHEET 1.

3 (WW Lola's Gruber 1% 72 JW e,

THE NORRIS PETLRS CO PHOTO-LITHO WASHINGTON. D C

L. GRUBER.

CASH REGISTER.

APPLIOATION rum) 001230, 1011.

1,108,901, Patented Sept. 1,1914.

4 SHEETS-SHEET 2.

gnaw/who's Wdmmwo [0a Z15 Gruber L. GRUBBR.

CASH REGISTER.

APPLICATION 11.21) 001". so, 1911 1,108,901 Patented Sept. 1, 1914.

4 SHEETS-SHEET 3.

0 lwuo/ntoz wamw 4 Lou J's 62% be)" THE NORRIS PETERS CO. PHOTO-LITHO1 WASNINGTOIL C L. GRUBER.

CASH REGISTER.

APPLICATION FILED OCT. 30,1911. 1,108,901 Patented Sept 1, 1914 4 SHEETS-SHEET 4.

lit-ED $?A EN1T eerie LOUIS GRUBER, or DAYTON, OHIO, ASSIGNQIR TOITHE NATIONAL casn REGISTEE coMPANmor DAYTON, OHIO, A CQRPORATION or. 01:10,, mooaroaarsn I 1 1906.)

CASH-REGISTER. 1 i

l it" "I To. all whom at may concern r 3 Specification bf Letters Iiatciit. Application filed state; 30, sul

. Be it knpw n :thatl, LOUIS Grann es a citizen of the United @States, residingat Day ton, inthe'co intyof Montgomery and State of Ohio haveinventedi certain new and useful Improvements ,in Cash- Registers, of which; declare {the jfollowingto be a full, 5

clear, and exact description.

This inventionrelates to accounting ma- 1 1o chines and more particularly to the mechanism for clearing, or resett-ing the accumula- .to,r;thereof. i 1,,

- The i principa a iiw f, this invention .is

to, 1 provide,- an .;operating device whi h i common to 'iiheJRQQhiHfE QYbPQlR-QHQL to the resetting-means for the accumulator of the machine, the v, said goperatingt, device being normal-lyin operative relation with the machine proper with provisions for disestablishing 'the operativei relation betweenthe machine proper and. the,.-operating ;;device I d e ab is ing 5:111 opera e letio tweeng said operating device,- and the reset- -ting -means.,for theaccumulator;, Another". object of this invention is to provide means for preventing, the disestablish- .ing Of; the operative relation :when once es tablished .betweenthe operating device and the resetting, meansguntil sa-id resetting means has been actuated by the operating device i r V A further ol jecteof-thisinvention is to provide a concealing means for the accumulator with provision for withdrawing said mcansout of concealing position as an incident to the establishing of operative relation between the operating device and'the resetting meansfor said accumulator. the said concealing means being also capable of being withdrawn from concealing position without establishing an operative relation between the operating device and the resetting means. "With these and incidental objects in view the invention consists in certain novel 'features of construction and combinations of parts the essential elements of which are set forth in the appended claims and a pre terred form of embodiment of which is here inafter shown with reference to the drawings which accompany and form part of this specification.

' Figure l is a central transverse sectional view through a machine of the type shown in the patent to Cleal and Reinhard grant- Patented Sept. 1, 191-1. Serial. 557,422.

ed Apr-H 13,- 1-897, and numbered 580,378, to.which type .of vmachine the hereinafter described improvements have been shown as applied. Fig. 2 isa detail. view of one of theggceumulating wheels and the shaft supportingsame.- .Fig.;3 is an end elevation of ,ama'hine ot the type shown in said patent showing.the-operating device for themachine proper and; for the accumulator resetting means. Fig. this a partialtop plan .view of the concealing means for theaccumulator Fig. 5 is an enlarged view of the driylng -gear for actuating the main operattug-mechanism of the machine and also for actuating the resetting means for the 'accumulator is a detail view partly in section showing the'pawl for connecting the driving device and the operating mecha- IliSIlllOf the machine. Fig. 7 is an enlarged view ofther mechanism for connecting the resetting, means'for the accumulator to the drivingdevice, which mechanism is under control of-ar inanipulative device; Fig.-8

is a detail wiewwofithelock and connections ,for establishing 1 operative relation between the. driving deviceand either the operating mechanism.- of thgeamachine or the resetting means for the accumulator. Fig. 9 is an enlarged front view of the lock which controls the mechanism for connecting and disconnecting the driving'devicc with either the operating mechanism of the machine or the resetting'mcans for the accunnilator. Fig. 10 is a vcrtical section through the lock shown in Fig- 9. Figs. 11 and'll are detail views of the different types'of keys for op crating theloek shown in Figs. 9 and 10. Fig lil is a detail view of the mechanism for preventing the operation of the lock shown in Fig.9 after the machine proper has been released the said'mechanism also preventingthe release of the operating mechanism ofthe machine when the lock has first been operated.

Described in general terms the machine to which the. improvements have been shown applied is provided with a plurality of 1 banks of amount keys which control the ditferential movementof actuators for the indicating, printing and accumulating elements. These actuators receive their differfential movement from the main operating mechanism, which is constructed to be driven i by a device normally connected thereto. The

{accumulating elements are provided with a resetting means therefor which is constructed to be operated by the before mentioned driving device, which driving device is normally disconnected from said resetting means. Manipulative devices and connections are provided for disconnecting the driving device from the operatingmechamsm and connecting said device with the resetting means for the accumulator. When operative relation is established between the driving deviceand" 'the"resetting means, mechanism is brought into play for preventing the disestahlishing of such operative relation until said resetting means has been actuated by the driving device. upon the actuation of which the preventing means'is' automatically disabled so as to permit the different manipulative devices'are provided,

one of which disconnects the driving device from the operating mechanism and connects said driving device with the resetting means, I and at the same time withdraws the conceal 1 ing means. The other manipulative device when operated prevents*the*release of the operating 'inechanisnrf "When the driving device is connected to the resetting rneans bythe operationoffthefirst mentioned ma nipulative' device, 'a counter is, actuated which counteracts as a telltale to inform the proprietor of the number of times the accumulator has been cleared or reset to zero.

Each bank of amount'keys 1 "(Fig 1) controls the dillerential movement of an actuating segment 2, which is loosely mounted upon a shaft 3. Secured to this shaft 3 and adjacent to each segment 2 is a segment plate 4, which is given an invariably reciprocatory movement at each operation of the machine. This plate 4, when'a key of the corresponding bank is depressed, engages with a latching mechanism 5 secured to the actuating segment and moves said segment until said latching mechanism is discon: nected from plate 4 by the depressed key 1. This differential movement of the actuating segmentQ is transmitted by an intermediate gear 6 'to the indicating and accumulating elements 7 and 8 respectively, as is well known and fully described in the aforemen tioned Clea] and Reinhard patent. Each of the intermediate gears 6 is secured to the inner end of one'of a series of nested sleeves 9. which sleeves at their outer ends are provided with'type carriers (not shown), for recording the items indicated and accumulated in a manner well known in the art. The shaft 3 is connected to the main operating shaft 10 of the machine by cranks 11 and 12 projecting from the shafts 3'and 10 respectively, which cranks are connected by a link 13. As the sliaft 10 is rotated the crank 12 will be carried'therewith, and through'thlink 13 and crankll impart a rocking movement to the shaft 3 which shaft, :as before mentioned, carries the segmenta P I I. 1

The segmental plates 4 and operating connections abovddes'cribed form the main operating mechanism of the machine and this operating mechanisr'n'f is driven inthefollowing manner Secured to *the' outer end of the shaft'lO (Fig. 3) is a gearl t, which meshes withasimilar gear l5,"that' in turn meshes i with a "large "intermediate gear 18 suitably secured to one of the side frames 17 of'the machine.- This intermediate gear 18 (Fig. 5) meshes with' a pinion 19 which pinion is" normallyfconnected by a awl 20 to 'a-driving devicelierein shown as aerank handle 21, "b'ut1it -'is"to' beunderstood that the term driving deviceas used in the specification 'a'nd elain'isis not to be limited to the ma uall 'opera't'e d'fdevice herein"shown but is to include other forms of driving devicefwhetlfer the sain' are"* manua lly 'or power 'operatedz'i The el 'tchpawl 20 5 is p'i'votally'moiii'ited upon a'g'ear 22 which 'isfse cured' to the crank handle 21,-the said gear 22 and crank handle beingmnunted p ona stub shaft '23,-11pon whieh isfi'als'o mounted the pinion 19. Thelclutch pawl 20is providd wane nuse'tipwhaeirnormally-tngages a noth 2'5 form d in the' hub 2d of the pinion 19 softhat When the'crank'handle 21 is revolved,' the pinioni'a =wi1l rotate therewith. The above desc' ribed"'gearing is so proportioned that for'each' two rotations of the crank handle '21, the main operating! shaft 10 of the machine will be givenone complete rotation. The pawl 20 is also provided with two notches 27 into which one end of a retaining pawl '28 plays. This pawl 'is pivotedto thegear 22"and normally holds the nose of tlief'clutch pavvl' 20 in the not'cli'25 of the hub 26,a s"clearly shown in Fig. 6. V

From the above description it will be seen th atfwhile the clutch pawl is' in-' engagement with the hub of the pinion l iany movement of the driving crank handle will be'eonveyd 'to the operatinginechanism of the machine. and it will also be seen that said pawl may be readily disconnected from the hub ofthe pinion 19 in which'case the driving crankhandle can be rotated independently of said operating mechanism. hen this pawl is disconnected-from the hub of the-pinion 19. the driving device 15 brought into operative relation with the resetting mechanism which is about to be described so that upon the rotation of the driving device the resetting mechanism will be actuatedto clear or reset to zero the elements ot'the' accumulatorf The accumulator elements S'are mounted upon a shaft 29 (Fig. 2) which is provided with a longitudinal groove 30, withwhich paw-ls 31 pivoted to the accumulating elements 8 cooperate so that upon the rotation of said shaft 29 the accumulating els ments'will be reset to zero, as is well known in the art. This shaft 29 at its right hand end has secured thereto a gear 32, with which meshes a pinion 33 rotatably mounted upon the lower forward edgeofLa-leverB t which is pivoted loosely upon-the, accumulator shaft 29 (Fig. -7).--. The "upper end of a slide is pivoted tothe lever 34. above the shaft 29 and the lower end of said slide is provided with an elongated slot 36, through which extends a-guiding disk, or .hub 37 loosely mounted upon a.-.stub.sha:tt Secured to theinner end OfvthiS disk or hub is a cam plate 39. with which rollers 4-0 projecting from the slide 35 engage. JThis disk or hub 37 is provided with afieriesnof :-plates for perfoi'iningdiiierentufiinctions; the outermoshono ofwhich plates 4:1:(Figs4 Sand 8) has projecting-therefrom shrank pine-2 .to'which' is coniiected the iu'pper'ind of a link--43, the "lowerxendiof.=sa;idoliirk being suitably secured :totheibarrel' 440i the lock L5. Thepurpos'e ofEthi's-link 43 hub 37.

not be: sufiicient vto impart'rzifsimilan movementto the laten, owing totthrrfactthat "instead of the upper endiofrzthe link passover the dead cententof the stub -shaft 3S anii'the lock barmaid-8 it"two'uld beer? turned to itsnc rmalwp'osition ;by.-the. eontinned ,movcmemtof the lock barrel; and for this reason an extra link is provided to carry the upper end of hhe linlif-firbeond dead center. This-extra linkr46 is nivoted to the frame work of the machine below the horrid A of tlie-lo'ck as 'shown in Erie. 8 and at its upper end is provided with an elongated slot 47 through'which extends the crank pin 42 proje'c'tingfrom the plate 41. This link 46 is also-provided with an elongated slot 4,8.tl1l011gl1 which extends a pin 49 projecting from the 'lock barrel it. From this itwill obvious that by the employment of the link 46, the upper end of the link 43 will be carried beyond its dead center so'thzit the plate 41 will receive suhstantiallvpthe'same move ment as the lock barrel 44. This plate 41 has projecting therefrom a pin 50, which when the lock barrel is given a movement of 180 will engage with the lower;,one of a pair of prongs '51 extending from the ciutch pawl '20 and rock said pawlfabou't its pivot to uncouple the nose 24 from is to con vey the movement of the 'iockzbarrel te :t-he platb stlss ehuiedi to thefdizsktor As this look barrel 44 in'iseme: instances is L given a movement: of: at nlea'st' lSOZIthe link 43 insuch insthnces't wonld the hub 26 of the pinion 19, the clutch pawl,

- lar degree, of moiteinentto the cam 2 plate 39,

which plate by engaging with-=the rollers 40 will llowertthe slide 35.-v-;? Thisfilow'eringjofom theislide 35 will r0clothe'leveiv34winsan anticlockwise direction (Fig. 7) sons toifoarry the pinion 33 into theipa th of: movement of the driving gear22 fast to the crank handle 21. Upon therirota'tion of thetwpera'ting handle;;With-the; parts2 in the position [just described; tithe gen- ;122 will, through the -pini'on" 33, rotate-the gear 32 and the, shaft 29t0-which thewlattergear is;secured. {This rotation-of-lhmshait 129 will, through the longitudinal} groove 30 and 1 pgwls 31 :(Fzig. 2), reset thelaceumulatingi elements-.8 :to

r nl-uri L14, g-m1 1.3 '1 When :the ;lever 34-iSJ0Ck6d1' byzthQd0Wl1- wvard movement ofuthe; slide '35Las above: described, an 'extension 34* thereof will contact with the surface-fife disk l02zsecured to the gear 15 and a recess 3 L? formed on the forward under edge of the- IGVBI51Wl1i filiibIfiCGnl stud 34 for the purposev-ofpreventing-any strain upon the slide 35 caused @by the tendency f thesleyen :34! to ,rot in =an,anticlockwise direction- (Figs. 5 and-6) 'when the pinion33 ,is being. rotatedby' the ge r The shaft-29 has a notched disk 125 (Fig. .1) 'SGCIIIGd thBI'CtQ dIItD the notch of which normally projects thefree end of a pivoted arm 126. Theiforwardend ofa link127 is secured to the arm 1% and the rear end ofsaid arm is vslottedkso'as to straddlethe shaft 10. I Projecting from the link is a pin 12-8, whichisarra'nged to enter a recess 129 formed in a disk 130 secured-tothe shaft, when said link' 12? is moved r'earwardly bytherotation of shaft 29 to reset the accumulator and thereby prevent the accidental rotation ofthe shaftilO. Fromthis construction it is also obvious that-during the rotation of the shaft 10 the'accuniulator shaft 29 will be prevented from rotation and consequently prevent the clearing of the accumulator.

ZThe plate 39has secured thereto a seginentalratchet plate (Fig; cooperating with which is a pawl 54, the-latter being movablv supported upon the slide 35bv .pinsl55 projecting from said slide and which extend'through elongated slots 56 formed in said pawl. This pawl'is held with the pins in the rearward ends of the slots 56 by a spring 57, the ends of which are fastened to the pawl and the slide'35, as fully shown 'in Fig. 7 The-lisegmental ratchetplate 53 is not brought intocooperative reilationiwith the'p awl 54 until afterthe first -.-quarter' iturniof -theahiib -37 icarrying said nratchet: plate, the-purpose of which is to enable :the readingof; the accumulator with- (135 "out =resetting it' to zero? as hereinafter dez-scribe'dfilmmediately afterthe hub 37 -passes rbeyond( i'afgiiuarter of :a turn,- the pawl: willengage' wi-ththe "teeth of the i-atchb'iplatefi 53, it i being.) understood that a1oit-l1e|slider 35?habeefi lowered so as to per- Jmit thwengagement ofrth ipaw'l with -the' matched plate by"; fl.'i3f.:':'.ilu 17 i l1 5llhevextreme upperl end: ofthe-slide '34 31) :is fpi'ovided with agrecess '58, in awhich gmlaysi a piu 59u roj'eeting from an iarm fio secqredto thfnpgerating shaft iil' of '3 w'efl i'khow iiY fdritnwof; counten which' i oantef i suiab1y= secured)to?the "side frame aof thenrachine; l-henidvement of theslide 620.534 isfgso ti'r'ned as fibt tb actuate the-counter the segmntal plate 5?: is =-i1'r position 1 0 he engaged by the =pawl' 54. i Tlfe"purpose of the elongated slots 56 in said pawl 54 is w enfiimheeelate es wratchet-my "s id; (-opa l and' -a'lsd tm permit'the further lower-1 -ing of' t-he"-'s'lide"34after the awlj 54 has engagedthe:ratchetplatefi53 as '3 15in: v I v 'I he ratch'e't plate'53a-nd' the pawl 54 form 1 means for'-preventixig the disest'ablishment- 5.80 of; operative relation between the 'driving device and th'e r$etting means until'i'the' said i-estting mea nsl is aotuatedtmyf the driving i'deviee, dun-jugwhich'fa'etuatlon; "mechanism 18 brought into I play, 61s hereinafter de- 0 scribed, for disab liiig said preventing means Ed t/hat tlie BriVing devicemay be disconhedted from the resettiing r'neans i and an operative relation again 5 established between thki'said driving device and the operating: EM mehanism ofthemachine;

'WV-he n the driving devicelis 'connected to the-resetting' means astop" device is employed to-"arrest the -driving device when the accumulator has been cleared or reset to 31145 zero iandthis stop 'device is-used for the purposej'o'f disabling the aforementioned preventing means -in-"a, manner now to'be described. [Fast tothe'driving gear 22 and inthe 'same plane as the pawls'20 and 28 is a'block' 62 (Fig. 5), which'inormally-stands beneath the forward end of a lever 63 (Fig. 7'); whi ch lever at its center is provided with an elongated slot 64 through which'projects a pin 65 extending from the lever 34. By this'slot and :pin construction the lever 63 has a pivotal and sliding movement upon the lever 34. The forward end of this lever isnormally supported by a stub shaft 66, upon which is mounted the aforementioned c0 pinion 33. This stub shaft 66 normally prevents the rockingv of. the lever 63 by its spring 67 which spring surrounds a pin 68 one end of the la tter being fastened to the lever 63, xwhile its other end passes through a flange 69 o f the slide 34; Whenthe slide'35 is lowered by the rotation of the cam plate 39, as previously described, the lever 23% carrying the pinion 33 will be rocked in an anticlockwise direction (Fig. 7) thereby lowering the stub shaft 66 out of supporting position for the lever 63, the said lever then being supported by the block 62 against the tension of its spring 67.

Uponthe rotation of the gear 22 carrying the'block 62 by the crank handle 21 the saidblock will pass from'under the forward end of the lever 63, which will permit the rocking of said leverby the spring 67, so that when the gear 22 completes its rotation the block 62 will contact with the forward edge of the lever 63 and move said lever rearnwardly until the forward end of the slot 6% :formed in said lever contacts with the pin 65, at which time the said lever will then form apositive stop for the gear 22.

: fItwas. stated that the pawls 20 and 28 carried by the gear 22 were in the same plane as the block 62, so that these pawls, if some -'niechanism were not provided for raising the forward end of the lever 63, would contactwith said lever and arrest the driving device before-the accumulator was clearedor reset to zero and for this reason the following-mechanism is provided for lifting the 7) which plate engages with a roller72 projecting from the lever 63 and raises the forward-end'of said lever while the pawls 20 and 28are passing beneath the same,-after which the-said cam passes out of enga e- -mentj with the roller 72 and permits t e forward end of the lever 63 out of the path of paiwls 20 and 28 while said pawls are paw- :ing the forward end of said lever 63. To the shaft 29 is secured a cam plate 71 (Fig.

spring 67 again to lower the forward end of the lever so that the same will be in the path of the block ()2 carried by the driving gear 22. As previously mentioned, this stop device controls the disabling of the means for preventing the disconnection of the driving device from the resetting means until said resetting means has been actuated by the driving device and this is accomplished in the following manner: Projecting from the forward end of the stop device or lever 63 is a stud 73 which when the lever is rocked down into position to act as a stop device for the gear 22, passes in front of an extension 74 of the pawl 54:. Now when the lever or stop device 63 is moved rcarwardly by the block 62 coming into contact with the forward end thereof, the stud 63 will contact with the extension 74 of the pawl 54 and draw said pawl rearwardly out of engage ment with the teeth of the ratchet plate 53 so that the hub carrying said plate may be rotated in an anticlockwise direction by the lock barrel A and connections hereinbefore described.

As the hub 37 is rotated toward normal position, the slide 35 will be elevated which will rock the lever 34 so astoearrythe pinion 33 out of'operative rel'atidti fwith the driving gear eased; this elevation of the pinion 33 willflth'rough the stub-shaft 66-? supporting sai piiii'om k'oekthestop device ,3 from-the path of the block 62'; {aftetjiwhiiih the spring e7 willffoiee sai'd iever or stop" device forwardly into the position shown Fig.- 5: The return ofthehub 37 to normal position will also carry. ampute -4'1 back to its normal Josition and through the stud projecting rein said plate 41 engaging Withthe upper one of the .fork mmbre 5ll'of-the' pawl 20 rocksaid pawl softhat its nose 24 Will int'o the notchi'25 o'f th' liub 26 o'f the pinion 19' fthereby establishingiop erative relation" a ain betweendhe drivingl 'device} and'the' operating n1echaniism of the ana,; chine. A third "pa'wl, 75 isffmriie'd by the. driving gear 22- (Figs 5 and tiy tvhich pawl is provided WithlaneseWBQ hat engages with a recess Win the lnib 280f the pinion 19] when the driving ear 92. mm the -pinion 19 carem normal position? *The purposej-of this} pawl 75 fi'ictioii'allj to' hold the driving gear 22 in its proper position relative to the i pinion 19 56 that the-1108624bfithepawl :20 carried by 'theQea-FQZifia-j enter the recess 25'fforinedi in the hub 26*of the-pinion 19 When"said pa Wl '20isrocked by thelstud 50 3 upon the return df the plate flli' A spring Tats interposed between the pit-W15 28fand 75 carried" the' di iving gear 22. 's'd a s to hold said pawls in positionito' perforrnthe functions for which they are intended "Means is provided 'for norrnallXconcealing the accumulator, whieh'nieans' is under the control. of a manipulative device in'the fornrof a key which is arranged to operate the previ'ouslyjdescribed'lock 45., This key," which for the" purpose of identification is i called the pro-pri'etors keyQis constructed to impart different degrees of movement to the previou'sly mcntioned lock barrel. When the ke -"rotates'the lock barrel to one position it'- u'ithdraws the concealing means of the ac clnnulater from concealing position so that' said accumulator may be read, and when said lock barrel is moved to its second posi-i tion by the key, in addition to withdrawing the concealing'means from the accumulator, the normal operativerelation between the driving device and the operating mechanism of the machine will be disestablishcd, and an,

operative relation'between said driving de-' vice and the resetting means of the machine will be established. This lock barrel is arranged to be operated also by another manipulative device whichihereinafter will be referred to as the clerks manipulative device or key which keyrotates the lock barrel in an opposite direction from that in which it is rotated by the proprietofs key.

' The object of this clerks ke is to provide means forpreventingthefoperation of 'the imachine which isa'cco1n'plisl 1ed by locking the inaehine lock which is, 'tas"u'sn'al', under the control of the clerksdieys of the {malob-1m; The "c6ncealing-fneans for theme icnrnulator' is not efi'ectedbj ithe ti er'zit' ion'{oi mime-18s manipulative nej ieif Vhen it is desired to r' al*cfieiacar 'u ilator the proprietors kjtWWKFig. 11*)*is linserted in the melanin til oftheilddk5, which forces the .80 out o'f said ilockbarrel so that it iriaji"be fftitated? Upon frota'ti'ng the loci: barrel 44 forty-five degrees tin a clockwise direction, a""siinilait eiitent oiff iinoveinent' will be ini'partedftoi'tlie? b tdisk orliub 37 by ere-ink; 43;- Tliihfibf :37, asses in Fig." ,33 p'rovidedavith" ic'ain "piat81 which, uponft'herotation'bt' {the hub 37, engages with jp'ioject ling nonfa -link" 83 whi h 1mm eas 3 1 er 15 end is faste i'i e'dWman arm iupon the 'ac cuniiil'at di; "slfaft' the i iwheels 8 and is'suitably' suppoite d by the side names bffthe manila; rms'rpneaas [provided "ivi't'hj a series or, openings 91, one: ttor each accumulating wheelathich openii'ig b {is large enough to expose oriefdigit of each. accumulating wvlieeli 'The'plate 89 is sup-" ported on theplate 90 by pins 9L2, 'onlyfone of which is sh0w'n,' which extend throug'n elongated slots '98 formed in the "plate JO and into tlie'plate Thephit efit) -is alsov provided with openings Q which are similar to the p nings 91 ftirmed 'tlie plate 90 and normally. these openingsfj94areoub of alinement withithe'openings 91 of the. plate 90, thereby?concealing digits'iio't the accumulating wheels Sfb'u't are arranged to be brought into alinement with the openings 91 ,upon the n1ovemeI1t'of'the arm '84,": as above described, whichinoveme'nt will 1 conveyed to theplat eor slide 89 by the pin .36 extending from the offset 85 of the arm 8'1. which pin will engagethe 'ivall s of the inclined slotST formed inthe plate'fifland. shift said plate to the right, thereby fbringing the openings 9 iii'to alinement with the openings 91' and enabling the reading of the digits of tlie accumiilating wheels 8 below said openings. f i

If it is desired to clear or reset'theac- (mnula tin'g wheels to Zero, the proprietors key or n'ianipulativedevice is givenan additional movement 'of degrcesor degrees in all, so as to establish an operative relation between the driving device and't'hc resetting means, which, includes the gear 32 and ,pinion 33. This additional-movement of the ropr ietors manipulative device or J a h 7 machine, ,to ,yvh ch the impsovements have "normaly ress ma p disk 102 secured to the'g'earI15and thereby key 79 oes not .impartany additional movem n s? he l nk. .8 nd.- zee' i n y.t eoneeal ngpla tejop slide ,S 9. .remai ns in position with its openings 94;.inali1rement with After the ,aecumul t or.,has been cleared or reset, toil zero by the operation of the driving jdeyice, the pi'op r letorls manipulative device' is turned ,baek to normal position which permitsthe slide 89 and connections to ret mlt no l P9$ .n-,: i w i P tioni the slide 89 conceals the digits of. the abeumulatingelementsgthe said slide and connectiqnsbeing returned by a spring 95 whieh. is, connectedto the arm 84; and to frame pit. flthe machine.

as gv lmown this (art,

th type o beens'lioyvn applied prov i ed with a bank of entail. im l l 'oi me I ys 1;, e sil i'e t e nam .f'aiiiiiiriti' and; clerks whichjhas projefc 'tln u lamen an i si9?1i e t b lo ging to are ne rs bank or keys is an min s haman, which arni isjseciiredtp, ing across h eme. end 'ofthis shaftf99 is secured ,a ee si fi lll9ifili rea ua Grid liihih recess 101 formed in: a

a. shaftl,99 extendlocks gear frorn.;1 otation and .conse quently' prevent s the operation of the 'rnachine. [By reference to Fig, 1 it will be seen that the forward end of thearm 98 projecting from the shaft 99 is so shaped that when the clerks detent 95 'is elevated upon the depression of one,,of the clerks keys, .the said shaft rocked in a clockwise direction, wlfichjyv llfwithdraw the rearward end of the:;locking a,rm.1O0 (Fig. 3) out of the recess} 1'01; formedflin a disk 102, thereby leaving the gear 15 free to be retated by.the driving device 21. a The forward end of the locking lever 100 contacts with the upperrear edge of an arm 103 which is pivoted as at 10% to the side frame 19. The arm 103 (Figs. 3 and 13) has a forwardly projecting portion 105 which when the locking lever is rocked by the operation of the clerks key, as above described, to release the operating mechanism. will be forced into a recess 106 of the disk 10? secured to the previously mentioned hub 37 and thereby prevent the rotation of said hub by either the proprietors key 79, as previously described, or by a clerks manipulative device 108, as hereinafter described.

dotted lines iir Fig. 1,

'13) gth right hand dVhen the proprietors manipulative device 79 is rotated for-the purpose of either ;reading the accumulator or connecting the driving device with the resetting means for tated so as to bring the surface thereof into ;the path of the extreme forward end of the ';arm 105 and thereby prevent the release of manipulative device is in either of its two adjusted positions. v

- The clerks manipulative device 108 (Fig. 12) is constructed to rotate the lock barrel l l in an'opposite direction from the preprietors manipulative device, itbeing prevented from rotating in thesame direction .as theproprietors key by pins 109 (Fig.

key lock 45. \Vhen this clerks manipulative device is operated, the surface of the disk 107 13) will pass in front of the arm 105 therebypreventing the release of the lock lever 10 0 i n a manner similar to that described in connection with the proprietors key 79. The clerks manipulative device. 108 when operated, in addition to preventingthe release of the operating ma- :ehine, also prevents the latching of the amount keys. in their depressed positions, the purpose of which is to prevent the accidental depression of an amount lzey while {the clerkjs manipulative device 108 is in its adjusted position, thereby preventing the registering of an amount unintentionally after the clerks manipulative device 108 has been restored to its normal positon.

As is well known in the art and fully shownand described in the aforementioned ,Cleal and Reinhard patent, the amount keys 1 are latched in their depressed position by the detents 96 being held in elevated position by retaining bars 110, which are drawn rearwardly by springs 111 upon the elevation of the detents 96. It will be seen that if these retaining bars (Fig. 1) are held from rearward movement, the detents 96 will be returned to their normal position upon pressure being removed from the amount keys 1, thereby preventing the latching of the keys 1 in their depressed position. )Vhen the lock barrel 11 is rotated in an anticlockwise direction (Fig. 9) by the clerks manipulative device 108, the same degree of movement will be imparted to the hub 37 carrying the cam plate ill by the link 43. As the cam plate 11 is rotated in an anticlockwise direction, it will cam the upper end of a centrally pivoted lever 112 rearwardly, while the lower end oi said lever will move upwardly and forwardly. This lower end of the lever 112 is provided with a recess 113 (Fig. 3), into which a pin 11 1 projects. This pin 11'l extends from a key release lever 115 secured to the shaft 116 extending across the machine beneath the accumulator, the disk 107 will be rothe loekingarrn 100, while the proprietors I10) extendinginwardly from thehubof the,

the':forward ends of the retaining .bars 110. From this it will be seen that as the lever 1-12 is rocked in (a clockwise direction by the; cam ,plate 41, the key. releaseshaft 116 will be rocked in an anti-clockwise; directiomz This shaft-116 carries aseries of .pins 117; (:Fig. 1) one for each retainingibar 110,: which pins :arearranged toscontact; with lati erallygextendin'g, :studs 118 i projecting from said retaining bars, when-the shazftiisrocked, as;=,;abo've jdesci ibed, andfihefeby hold the retaining; :bars inu;thei1-,,for-ward positions against the?tension;1of theirispringsplll in"v case ;any amount keys are depressed,- which F prevents the latching :of any' of thflfimOul'lti' keysiin theiixdepressed positions. Extend-f ing .'rea1'wardly rfroin thelqipper end of the lever .112v isan arm 119,;the.:eXtreme rearward :end of which is'iarznanged to .contacti with, thesurface of a disk 120 carried. bygth'e intermediate gear :18 I and thereby. prevent.- themperation of, theik'ey'release. lever during the a'ctuationt-ofithe operatingamechv anism by the driving yhandlerglhia M119, cFrom ,theabove? description; it a will the seen that a common driving device hhsibeeni provided for the; operating zinechanis'mi 0f the machine and :the re'settingimeanszfor' the accumulatoigrwhich driving device is: either? .in yopera-tive-iarelation- Withr; the operating;

mechanism, .OI the reset-ting :means, thereby. doingfawaycwith the necessity' of 1 employing; separate devices for---resetting-'the -accumn-- latorto zero. and for driving :the machine.

Severalwell known-styles ;of cash registers now upcn'the market-:mploy separate detachable devices for resetting the accumulator to zero. Frequently these resetting devices become lost or mislaid necessitating the accumul'ationof several days business into one grand total before another resetting device can be obtained, and also is frequently ,happensithat"anu-attempt is made to operate the machine while the resetting device is attached thereto-with the result that the operation cannot becompleted on account ofthe resetting device interfering with thedriving device, thereby putting the machine out of commission until the arrival of a repairman to restore'ithe parts to nor-I! mal position.,, With the improved driving device these difiicuities are overcome as hereinbefore fully described.

"VVhile the form of mechanism herein shown and described is admirably adapted to fulfil the objects primarily stated it is to be understcodthat it is not intended to confine the invention to the one form of embodiment herein shown and described but that it is susceptible of embodiment in various forms all coming within the scope of the claims which follow. f

lVhat is claimed is V 1. In an accounting machine, the combi- 5 nationwith an accumulator, of actuators tnators', resetting: means .ctonthe accumnlatorm g 1 h dririn'g device? common .to ithegoperating mechanism-u rand =the iresetting; :means'," I and means :for 1' connecting s-thel driving devicen [with the iresetting means; :or 1 thee operating a mechanism at .willoo "2? a 1 2f: '1 Inian'accountixig' machine, 7 nation 'with accumulator,-;--of vactgatorsi therefor, operating mechanism ior saidrhce n tuators-,=resettingimeans; including a pinion; z

ifor theiaccumulatonz-a driving geamcommbnrpaifi to; the aoperartingzrmecliantism; vth reset; ting means-rai awl normallyoeonnecting the driving 'igear'i and the bpceratinlg anechanism, and means'mfior mperatinggrthefilpawlnand thereby disconnecting the driving gear and the operating mechanism and connecting the pinion of the resetting means iandatim'idrivingigearui 'liiiifiifu 1;;

! 240111.311 accounting machine, the-:cOmbi-t nation- :with an accumulator, 10ft g actuators'i tuators, resetting means ufOlJit'hG accuinw lator, a driving;de vice:common to thevop'ersiting" mechanism andrrthe resetting meains, means for' connecting :the drivingwdevice with the resetting -.means' -'or the operating mechanism at will, and a stop' device positioned under thecontrol of the connecting means for arresting the driving device after the latter has been operated to 'reset 'the' accumulator. i

5. In an 'accounting machine, the combination with anxaccumulator, of actuators therefor, operating'mecha nism for said actuators, resetting means for theaccumulator, adriving device common :to the operating mechanism and the resetting means, a manipulative device and connections for establishing operativeirelation between the driving device and either the operating mechanism 'or the resetting means, a stop device positioned under the control of the manipw lative device'for arresting the driving device after the accumulator, has been reset, and means for withdrawing said stop device'when an operative relation is established between the drivingdevice and the operating mechanism. 1

nation with an accumulator, of actuators therefor, operating mechanism for said ac-r-.

therefor, operating mechanism for said ac tuators, resetting means forthe accumu-. lator, a driving device common to the operating mechanism and the resetting means, a manipulativedevice and connections for establishing operative "relation between-the driving device and either the operating.

mechanism orthe resetting means, and mech- Y .g manipulative device and connections 'for 'establishing'foperative relation between the driving zudevice. and either the :Ioperating mechanism orth e resetting means, mechanism for preventing the disestablishment of 2izgsucheoperative relation when established between the driving device and the "resetting means, untilithe latter-means has been actuated by the driving device, and a stop device controlledf bythe manipulative device eforz arresting ithei-drivingdevice after the latterhas operated the resettingameans to clear the accumulator. a

8. In an accounting machine, thecombination with an 1accumulator,nof actuators 3 5,gtheref or, operating mechanism for said actuators, resetting means forthe accumulator, a driving device common to the operating mechanism andthe resetting meal 15,31. manip-' ulativedevice and connections for establishing operative relation between the driving device and either the operating mechanism or the resetting means, mechanism for preventing the dises'tablishment of such o'perative relation when established between the driving device and the resetting means, and a stop device controlled by the manipulative device for arresting the driving device after the latter has operated the resetting means to clear the accumulator, the said stop device being capable of actuatingxthe preventing means so as to enable the disestablishment of the operative relation between the operating device and the resetting means. I 9. In an accounting machine, the combination with an accumulator, of actuators therefor, a resetting means for said accumulator, an operating device for the resetting means normally out of operative relation therewith, a manipulative device and connections for positivelyestablishing operative relation between said operating device'and the resetting means, and means for preventing the disestablishmentof such operative relation until the resetting means has been actuated by the operating device. Y

10. In an accounting machine, the combination with an accumulator, of actuators therefor, a resetting means for said accumu lator an operating device for the resetting means normally out of operative relation therewith, la manipulative device and con-- nections for establishing operative relation between 7 said operati'ng'rdevice and the -re-" settingmeans, and. a normally inoperative stop device for: arresting the operating de vice after said-device: has cleared the fac cumulator by actuating the resettingmeans, I

- the said. stop device beingzrrendered' op'ers lso - ll. In anaccounting machine,-'the combi nation -w1th=."an-zaccumulator, of actuators therefor, a resetting means for said accumu lator, an operating .device forsthe reseltti-ng means normally oiit nofi ioperative' relation therewith, I a manipulative device and con-j nectlons for establishing P operative 1 relation between said 'oper'atin'g devlce and the reset-:

ting imeans, mechanism forpreventing the disesfabli'shment of-fsrich operative relationuntil the resetting means has been actuated:

by the operating device; and means' under' the controlxofc-the' operative device for dis ablin the preventing mechanism to permit the disestablishmenti ofsuch I operative rela (71011 between the operating device 'andfithe resetting'means. 1.1-; v .12. In an accounting v nation with an accumulator, of actuators machine, the combi- I i therefor, a resetting means-for said accumu lator, an operating device {for the resetting means normally out of operative relat'ion therewith a manipulative device and con-f nections for establishing operative relation between said operating device and the re-lsetting means, mechanism for preventing: the disestablishment of such-operative rela-Z" tion until the resetting means has-been actuated by the operating device, and a movable stop device for arresting the operative de-' vice at the end'of its movement, the said stop device being capable of disabling the" preventing mechanism so as to permit the disestablishment of the operative relation between the operating device and the reset' ting means. I

13. In an accounting machine, the combination with an accumulator, a resetting means therefor, an operating device for said resetting means normally out of operative I relation therewith, a manipulative device and connections for establishing operative relation between said operating device and the resetting means, and a concealing means for the accumulator under the control of the manipulative device and constructed so as to be in concealing position whenthe reset ting means and the operating device'are out of operative relation and in nonconcealing position when the said resetting means and the operating device are in operative relation.

14. In an accounting machine, the combination with an accumulator, of resetting means therefor, an operating device for said resetting means normally out of operative relation therewith, means normally concealing the accumulator, and a manipulative device and connections for establishing operative relation between the resetting means and the operating device and for withdrawing the concealing means, the said manipulative device and connections being capable of withdrawing the concealing means without establishing operative relation between the resetting means and operating device.

15. In an accounting machine, the combination with an accumulator, of a resetting means therefor, an operating device for said resetting means normally out of operative relation therewith, means normally concealing the accumulator, a manipulative device and connections for establishing operative relation between the resetting means and operating device and for withdrawing the concealing means, the said manipulative device and connections being capable of withdrawing the concealing means without establishing operative relation between the resetting means and operating device, and mechanism for preventing the disestablisb ment of operative relation between the resetting means and operating device until the latter has actuated the former to clear the accumulator.

' 16. In an accounting machine, the combination with an accumulator, of actuators therefor, operating mechanism for said actuators, resetting means for the accumulator, a driving device common to the operating mechanism and the resetting means, mechanism operable at will for establishing operative relation between the driving device and either the resetting means or the operating mechanism, and means requiring the disestablishment of operative relation between the driving device and the resetting means after the latter has been operated before it can be again operated by the driving device.

17. In an accounting machine, the combination with an accumulator, of actuators therefor, a resetting means for said accumulator, an operating device for the resetting means normally detached therefrom, and positively positioned means for preventing the detachment of said operating device when attached to the resetting means until the latter has been operated by said operating device.

18. In an accounting machine, the combination with an accumulator of actuators therefor, a concealing means for the accu mulator, mechanism for resetting the accumulator, an operating device for the resetting mechanism normally detached therefrom, and means for controlling the concealing means as an incident to the connectin of the resetting mechanism and the operatlng device therefor.

19. In a machine of the class described, the combination with an accumulator, of actuators therefor, operating mechanism for said actuators, resetting means for the accumulator, a driving device common to the operating mechanism and the resetting means, means operable to establish connection between the driving device and either the resetting means or the operating mechanism, and means for preventing disestablishment of the connection when established between the driving device and the resetting means until the resetting means has been actuated by the driving device.

20. In a machine of the class described, the combination with an accumulator, of actuators therefor, operating mechanism for said actuators, resetting means for the accu mulator, a driving device common to the operating mechanism and the resetting means, means operable to establish connection between the driving device and either the resetting means or the operating mech anism, aratchet plate and pawl cooperating to prevent disestablishment of connections established between the driving device and the resetting means until the accumulator has been fully reset, a stop device po sitioned by the aforesaid connection establishing means for arresting the driving device at the end of a resetting operation, and means whereby said stop device will disengage the aforesaid pawl from its ratchet plate when the driving device is arrested.

21. In a machine of the class described, the combination with an accumulator, of actuators for the accumulator, an operating mechanism for the actuators, resetting means for the accumulator, a driving device common to both the operating mechanism and the resetting means, means normally concealing the accumulator from view, and a manipulative device and connections differentially operable to lock the operating mechanism against actuation, or to withdraw said concealing means, or to both withdraw the concealing means and connect the resetting means to the driving device.

In testimony whereof I afiix my signature in the presence of two witnesses.

LOUIS GRUBER.

Witnesses:

ALEXANDER G. MALMSTROM, CARL W. BEUST.

Copies 01 this patent may be obtained for five cents each, by addressing the Commissioner of Patents. Washington, D. C." 

